JPS6024873A - Pinball game machine - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement of a pachinko game machine called ``Guchinko Yugiiso,'' more specifically ``1 Lucky Fever'' (trademark), which has been put into practical use.

This type of pachinko game machine has a main body 1 as shown in Figure 1.
In the center of the board, two horizontally arranged digital display windows 2, 3.4, called accessories, and a single digital display window 5 provided above the digital display windows 2, 3.4 are arranged. When a bullet (not shown) hits either the starting chuckers 6.7 disposed on both sides of the accessory or the starting chucker 8 disposed below the accessory, the digital display window 2, 3, 4, and 5 start all at once, each cycling through the numbers 10'' to 9. Then, when the player presses the stop button 9 provided on the wooden frame of the game machine main body 1, at the same time, the respective numbers in the digital display windows 2, 3, 4.5 stop sequentially from the left side and stop. Depending on the combination of numbers, a large prize opening 10 called a lucky chucker, which is disposed below the board, is opened for a time corresponding to the predetermined combination. Incidentally, the digital display windows 2, 3, 4.5 that have started will automatically stop in about 11 seconds if the stop button 9 is not pressed. Also, digital display windows 2.3, 4', 5
The combination of numbers is ``7'' when the number on the digital display window 5 on the top side and the numbers on the three digital display windows 2゜3. The winning hole 10 is opened for 30 seconds, and if a bullet enters the small diameter winning hole 10a (see Figure 2) provided in the center of the winning hole 10, the winning hole 10 is opened for an additional 30 seconds. Time is something that is extended. In addition, the digital display window 2 on the lower side,
If the number 3゜4 becomes ``7'' and the number in the upper digital display window 5 becomes a number other than ``7'', the opening time of the prize opening 10 shall be 10 seconds. , Furthermore, the numbers in the digital display windows 2, 3.4 on the lower side are double numbers other than "7", such as "3", "3", "3", "9", "9", "
9'', the opening time of the prize opening 10 is 0.6 seconds. In addition, in FIG. 2, the prize opening 10 (4 [shown in the main figure) is opened and closed via a solenoid provided on the back side.

Such a pachinko machine is as described above. Part 2 + 1111
If the numbers on both the digital display windows 2, 3, and 4.5 on the bottom side are all "7", you will win a prize. In addition to this, the present invention allows the player to read the numbers on the digital clothing display window 5 on the upper side.
You can select any number from ``0'' to ``9'' other than ``7'' and set it as your target, that is, ``
If the numbers from 0" to I-9" are matched, there will also be a winning slot of 10.
1. (c) It is designed to be open for 30 seconds to double the interest of the game. In addition, if the number in the lower digital display window is a different ^ character from the number selected in the upper digital display window, and all three numbers are the same, The numbers on the upper digital display window can be automatically cycled to make them the same as the numbers on the lower digital display window, thereby increasing the expectations of the players. It is something.

Hereinafter, the present invention will be explained in more detail with reference to fully illustrated embodiments.

FIG. 3 is a front view of the pachinko game machine according to the present invention, FIG. 4 is a wiring diagram, and FIG. 5 is a block diagram of main parts.

In the figure, 11 is the main body of the game machine, 12, 13, and 14 are three horizontally arranged digital display windows arranged in the center of the board, and 15 is provided above the digital display windows 12, 13, and 14. one digital display window, 16° 17 is a start checker disposed on both sides of the digital display windows 12.13, 14.15; 18 is a start checker disposed on both sides of the digital display windows 12, 13, 14.
15 is a starting chuck installed on the lower side of the engine. Reference numeral 19 is a stop button provided on the wooden frame of the game machine main body 11, and reference numeral 20 is a large prize opening provided below the board surface.

Further, reference numeral 21 denotes a microswitch provided inside the starting chunker 16, 17, which is closed by the entry of a bullet. 22 is a control base,
When any of the microswitches 21 is closed, a starting signal gold digital drive layer board 23 is used to cycle the numbers in the digital display window 12, 1, 3, 14 on the lower side.
At the same time, by using the selection button 24 provided on the front of the wooden frame of the game machine main body 11, the numbers in the digital display window 15 on the upper side are displayed as numbers from "0" to "9" other than "7". Signal and P'sotal drive base m23 to keep it fixed at
send to Note that the selection button 24 is selected by the player in advance before hitting any number other than "7", and selects any number other than "7" such as "5", "4", "9", etc. It displays fixed numbers. If this number is your target, for example, if you select "4", then the bottom digital display window 12. When the numbers i3 and 14 reach the three-stated number "4", the prize opening 20 is opened for 30 seconds as in the conventional case. In addition, "7" by this selection button 24
Even if a number other than
, 13. If the numbers 14 become double numbers of "7", the opening of the prize opening 20 for 30 seconds will be performed in this match as well, as in the past.

Furthermore, the control board 22 also sends a stop signal to the digital drive board 23 to sequentially stop the numbers in the lower digital display windows 12, 13, and 14 by pressing the stop button 19. 23
The comparison circuit 25 provided inside the digital display window 12゜1.3, 14.15 of the upper side and the lower side digital display window 12. The total amount of signals as a result of comparing the combination of numbers 1.3, 14.15 is taken, and the comparison is made. An opening signal is sent to the opening/closing solenoid 26 of the winning hole 20 to open the winning hole 20 for a time corresponding to the result. The control board 22 also displays the comparison results of the comparison circuit 25 on the lower digital display windows 12 and 13.
．． If the number 14 is different from the number selected in the upper digital display window 15 and all three numbers are the same, the digital rZ Y'JJ-,'ll iron board 23 All ai'i motion signals for cyclically driving the numbers in the digital display window 15 on the second section side. In addition, the digital drive board 23 fixes the numbers on the digital display window 15 of the control board 22 in response to a signal from the control board 22. digital display window 12,1
3. 1/l is set to πI'', lb to cycle through the numbers, and further control -', M f, % By stopping No. 43 from 22, lower part 11i1 1 sotal display window 12, 13° 14 number f The digital drive board 23 is used to stop the control board 22 in J7.
The digital display window 15 of the upper part (111)
Cycle through the numbers. In addition, the digital display window 15 on the upper side
Stopping the circulation of numbers can be done automatically or by providing another stop button (not shown) on the wooden frame of the game machine main body 1 and having the player press the stop button 7)'. You can also do this by 27 is the micro switch 21
28 is a lamp that lights up while the prize opening 20 is open, and 29 is a power source.

Next, the mode of operation of the present invention having the above configuration will be explained.

The player presses the selection button 24 in advance to select one of the numbers from ``0'' to ``9'' other than ``, 7'' and displays it on the digital display window 15 on the upper side. . When the selection button 24 is pressed, a signal is sent from the control board 22 to the digital drive board 23, and a specific number is fixed and displayed on the digital display window 15 on the upper side. Then, when the bullet enters one of the starting cheat switches 16, 17, 18 and the micro switch 21 closes, the control board 22 sends the first m, h request to the digital drive board 23, and the lower side Denotal display '1a (12, 13, 14
numbers cycle at the same time. Then, when the user presses the stop button 19, the control board 22 sends a stop signal ff: to the digital drive board 23, which causes the numbers in the lower digital display windows 12, 13, and 14 to stop sequentially. At this time, the comparison circuit 25 provided in the digital drive board 23 determines whether the stopped digit matches the number on the digital display window 15 on the upper side or not, '=1. Even if they do not match, stop and compare and judge the combination of numbers, such as whether the first number is a double number such as "4", "4", "4", etc., and use it as a comparison result. Base 22 that controls the signals of
send to

Then, the solenoid 26 is configured to open the winning opening 20 for a time corresponding to the comparison result sent from the comparison circuit 25.
send an open signal to. As a result, the winning hole 20 will release Li1J for a time corresponding to the combination of numbers on the digital display windows 12, 13, 14, and 15.The number on the digital display window 15 on the upper side is about "7". ;, When you select a number other than "7" to memorize it in advance,
Digital display window 12, 13, 14 on the lower side of 1 frame f
30 seconds 1 even if the numbers become double numbers 1-7:
1j winning hole 20 is opened. In addition, the comparison circuit 25
The comparison result is shown in the lower side U'notal display window 12,1.
3. If the number 14 is different from the number selected on the upper digital display window 15 and all three numbers are the same, the control board B, 22 starts the digital drive board 23. A signal is sent to cycle through the numbers in the upper 7" digital display window 15. In this way, all four numbers are the same. L is given a chance.

The present invention has the above-mentioned +14 structure and function, and allows the player to arbitrarily select the number on the digital display window on the upper side as the target. There are some numbers that are difficult to come up with, but in this case, you can choose the number that is easy to come up with your own intuition, so your expectations are high, and in the case of a quadruple number other than the conventional "7", you can choose the number that is easy to come out.
This can greatly increase the interest of the game compared to not being able to fully open the winning openings for 0 seconds.

Also, if you select a number other than "7" and the number on the lower digital display window shows the double number "17", 3
You will be given 0 seconds to open the winning openings, and the numbers on the digital display window on the top side will not cycle and will remain fixed.
There's a high probability that this will become a four-year-old number, you idiot!・Expectations for the future are swollen. In addition, if the number in the lower digital display window is different from the number selected in the upper digital display window, and all three of the characters are the same, f:, is the upper part (j
Automatically cycle through the numbers on the digital display window of il,
Numbers and numbers on the digital display window at the bottom] - Possible to change to 1.
The probability of winning a prize is high because of the 1-game bonus, and the interest in playing IJB is doubled compared to conventional game machines.

[Brief explanation of the drawing]

The first reason is that the conventional pachinko game machine faces 1, 2 (enlarged perspective view of the winning hole), 1, ';
Regarding JI 2) Pachinko game: Front view of the number, 4th (η is the wiring diagram, Figure 5 is the main part block diagram. 13.
14, 15... digital display window, 16, 17,
18...Start switch, 19...Stop button, 20...Enter ttt port, 21...Micro switch, 2
2. Control board, 23. Digital; Koudo board, 24. Selection 7, 25. Comparison circuit, 26.
・Solenoid for opening and closing the prize opening. l Applicant for Patent Office Katsunori Aiki Figure 1 Figure 1 ] 2 Figure Qi - Figure 3 Proceedings Amendment Officer August 2, 1981 Kazuo Wakasugi, Commissioner of the Japan Patent Office 1, Case Indication 1988 Patent Application W; 132952 No. 2, Name of the invention Pachinko game machine 3, Person making the amendment 4, Agent Address: 105 Telephone 0.3 (43G) 4327@
6. Amend column 7 of the report on the specification to be amended, "IIl. Scope of Claims," column 1, "Claims 1 of the Ministry of Specification," in Appendix 9 of the Self-Answer for Amendment.-
1:'j1, Claims Three digital display windows lined up horizontally as accessories in the center of the board of the game machine main body 11] 2, 13.14 and the digital display windows 12, 13. , 14 is provided, and a single digital display window 15 is provided on the upper part of the accessory. When a bullet flies in, the numbers on the digital display windows 12, 13 and 14 cycle simultaneously, and the numbers on the game machine main body I
At the same time as the stop button 19 disposed on the front of the wooden frame of J is pressed, the numbers on the digital display windows 12, 13, and 14 stop sequentially, and the combination of the stopped numbers causes a predetermined coarse gold plate to be displayed. In a pachinko game machine where two large deaf prize openings 20 arranged below the board surface are opened for a certain amount of time, the winning openings 20 are provided in the starting chuckers 16, 17 and 18, and are closed by the entry of a bullet. By using the micro switch 21 and the selection button 24 arranged on the front of the wooden frame of the pirate plane main body 11, - numbers from 10" to "9" other than the number f: 17" on the digital display window 15 on the upper side can be selected. A start signal for sending a signal to be fixedly displayed to the digital drive board 23 (described later) and cyclically driving the numbers in the lower digital display windows 12, 13, and 14 when the microswitch 21 is closed. is sent to the later-described digital drive board m23, and furthermore, by pressing the stop button 19, a stop signal is sent to the later-described digital drive board 23 to sequentially stop the numbers in the digital display windows 12, 13, and 14 on the lower side. 23 receives a signal as a comparison result from a comparison circuit 25 (described later) provided in the comparison circuit 23, and sends an open signal to the opening/closing solenoid 26 of the winning opening 20 to open the Oga mouth 20 for a time corresponding to the comparison result, and further compares the winning opening 20 (described later). The comparison result of the circuit 25 indicates that the numbers in the digital display windows 12, 13, and 14 on the lower side are different from the numbers selected on the digital display window 15 on the upper t'J side, and all three numbers are selected. A control board 22 that sends a start signal 43 for circulating the numbers on the upper digital display window 15 to a digital drive board 23 (to be described later) at the same time, and the control board 22
The numbers on the upper digital display window 15 are fixed and displayed by signals from the control board 22, and the lower digital display windows 12, 13, .
14 to cycle through the numbers, and then control group s
A stop signal from 22 causes the lower digital display windows 12, 13 to open. The numbers 14 are stopped sequentially, and the digital display window 1 on the upper side is stopped by a signal from the control board 22.
F-7 barrel drive board 23 that circulates the number 5, and is provided in the digital drive board 23, and the upper part 11! l and lower digital display window 1.2, 13゜14, +' 15
The comparison circuit 25 sends a signal as a result of comparison to determine whether the combination of numbers in b is a combination b.
The player can freely select any number from ``-〇'' to ``9'' other than ``'', and the numbers in the digital display windows 12, 13, and 14 on the bottom side are If the number selected in the display window 15 is different and all three numbers are the same, the numbers in the upper digital display window 15 are automatically cycled and the number selected in the lower part is changed. The digital display window 12, 13, and 14 can be set to the same number.

Claims (1)

[Claims] Three digital display windows 12, 13, and 14 lined up horizontally as accessories in the center of the board surface of the game machine main body 11, and one digital display window provided above the digital display windows 12, 13, and 14. 15, and when a bullet hits the starting chuckers 16 and 17 placed on both sides of the accessory or the starting chucker 18 placed below the accessory, the digital display window 1. 2. The numbers 1314 circulate at the same time, and the stop 71 is placed on the front of the wooden frame of the game machine main body 10? At the same time as the button 19 is pressed, the digital display windows 12, 13. The numbers on L4 stop sequentially, and the large prize opening 20 arranged at the bottom of the board is opened for a time corresponding to the predetermined combination by the combination of numbers that stopped at 1 and I. ・Seven dick game machine , a microswitch 21 that is provided in the starters 16, 1, and 18 and closes when a bullet enters, and a selection 7t button 24 that is provided on the front of the wooden frame of the game machine main body 11.
The numbers on the upper digital display window 15 are 1-7.
A signal is sent to the digital drive board 23 (to be described later) for fixedly displaying - numbers from "0" to "9" other than that, and when the microswitch 21 is closed, a digital display on the lower side is sent. A start number for cyclically driving the numbers on the windows 12, 13, 14 is sent to the Denotal drive board 23 (described later), and fourthly, by pressing the Stozzo button 19, the digital drive board 23 (described later) is sent to the digital display windows 12, 13, .
It sends a stop signal to sequentially stop the numbers 14 and receives a signal as a comparison result from a comparison circuit 25 (described later) provided in the Denotal movement base 23, and opens the winning slot 20 for a time corresponding to the comparison result. A release signal is sent to the opening/closing solenoid 26 of the prize opening 20 in order to open it.
5 comparison results are shown in the lower digital display window 12. i3.1
If the number 4 is different from the number selected in the upper digital display window 15 and all three numbers are the same, the upper digital display window a control board 22 that sends a start signal for cyclically driving the numbers 15; and the control board 22;
The numbers on the upper digital display window 15 are fixed and displayed by the signal from the control board 22, and the lower part t (11 digital display windows 12,
13 and 14 to circulate the numbers, and the numbers on the lower digital display windows 12, 13 and 14 are stopped sequentially by stop number 13 from the control board 22, and the control board 22, which circulates the numbers in the digital display window 15 on the upper side; and a digital display window 12, 13, 14. The combination of numbers is compared and the resulting signal is sent to the control board 22.
The comparison circuit 25 allows the player to freely select any number from ``0'' to ``9'' other than ``7'' in the upper digital display window 15, and If the numbers in the lower digital display windows 12, 13, and 14 are different from the numbers selected in the upper digital display window 15, and all three numbers are the same, the upper The numbers on the side digital display window 15 are automatically cycled, and the numbers on the lower side digital display window 12゜13.14
A pachinko game (number) characterized by giving the possibility t1- to be the same as the number.